Description
A highly stable linear regulator board (AMS1117 series) designed to reduce voltage and provide a very clean, filtered, and noise-free current to protect and power sensitive chips and controllers.
The AMS1117 voltage regulator module is considered the safety valve, the essential key, and the Benchmark for clean power management in electronic boards. It stands out as a Low-Dropout (LDO) voltage regulator, meaning it can deliver a perfectly stable and consistent voltage even when the difference between input and output voltage is very small, with a superior current filtering feature that isolates any electrical interference that could affect the accuracy of sensor readings.
We offer you this professional module with 6 independent fixed output voltage variants to secure the precise needs of your project:
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1.2V / 1.5V / 1.8V / 2.5V Version: For powering advanced processor chips, FPGA boards, and precise memory cards.
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3.3V Version (Most Popular): For operating ESP32 controllers, Raspberry Pi Pico boards, and modern nano sensors.
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Standard 5.0V Version: For safely operating Arduino and standard motion and distance sensors.
The board contains integrated filtering capacitors and a red LED indicator that shows power delivery in real-time. It is the professional and sole choice for electronics engineering students and developers to build wireless communication (RF) circuits, medical and precise measurement devices, and advanced STEM projects that require 100% clean power.
A premium, hardware-level AMS1117 series LDO (Low-Dropout) linear voltage regulator module precision-engineered for ultra-stable, ripple-free, and noise-isolated DC-DC power delivery. Standing as the definitive hardware benchmark for sensitive analog circuitry and clean silicon logic arrays, this compact board dampens high-frequency power supply noise through integrated input/output filtering capacitors. Available in six dynamic, factory-calibrated fixed voltage variants (spanning 1.2V, 1.5V, 1.8V, and 2.5V for advanced microarchitecture, up to industry-standard 3.3V and 5.0V rails), the onboard regulator ensures flatline voltage stability even under dynamic load fluctuations. Complete with an integrated red power status LED and robust breadboard-friendly header pins, it serves as an indispensable power conditioning asset for wireless RF telemetry, high-precision sensor grids, and advanced academic STEM mechatronics laboratories.